Core Insights - The collaboration between Kairos Power, Google, and the Tennessee Valley Authority (TVA) marks a significant advancement in the deployment of advanced nuclear energy, specifically through the use of small modular reactors (SMRs) [1][3] - This agreement will enable Google to secure up to 50 MWe of carbon-free baseload power for its data centers starting in 2030, contributing to the company's decarbonization efforts [1][3] - The project aims to bring a total of 500 MWe of advanced nuclear power online by 2035, highlighting a growing commitment to clean energy solutions [3] Industry Implications - The demand for critical minerals, particularly beryllium, is expected to rise significantly as new reactor designs are deployed, with specific beryllium requirements outlined for various reactor types [2][3] - Beryllium is identified as a critical and strategic mineral due to its essential applications across multiple sectors, including clean energy, aerospace, and defense [5] - The supply security of beryllium is emphasized as crucial for enabling next-generation clean energy technologies [4][5] Company Positioning - Rockland Resources Ltd. is strategically positioned in the beryllium market, focusing on the development of its projects in the Spor Mountain region of Utah, which is known for its significant beryllium production [6] - The company is actively working on its portfolio of beryllium projects to meet the anticipated future needs for this critical mineral [5][6] - Rockland holds a 100% interest in the Cole Gold Mine, further diversifying its resource portfolio [7]